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Still time to apply for this exciting PhD opportunity. Join us to study🔬 bloom forming toxic dinoflagellates 🦠

International students must enquire by: Dec 8th

Final deadline: Jan 5th

Please repost/share!

#PhD #biophysics #ActiveMatter #microswimmers #algae #plankton #ecology

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Original post on mastodon.social

🚨Fully funded PhD opportunity: Physics, biology & ecology of toxic dinoflagellate blooms 🦠.

Supervisory team from Newcastle university (main supervisors), the University of Stirling and Lancaster University.

Join us to investigate how swimming motility and the flexible utilisation of energy […]

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Aerial view of a toxic plankton bloom of dinoflagellate and zooming in on a part of it a cartoon of the dinoflagellate responding to light and fluid flow

Aerial view of a toxic plankton bloom of dinoflagellate and zooming in on a part of it a cartoon of the dinoflagellate responding to light and fluid flow

🚨Fully funded PhD opportunity: Physics, biology & ecology of toxic dinoflagellate blooms 🦠.

Join us to investigate how motility and mixotrophy influence bloom formation, using experiment🔬and modelling ♾️. #microswimmers #plankton #biophysics #ecology #PhD pls RT

iapetus.ac.uk/studentships...

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Check out this cool paper from @sschyck.bsky.social that answers an unexpected question: How fast can hematite swim?! 🌊

#ActiveMatter #Microswimmers #SoftMatter #AppliedMaterialsToday ~IN

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Preview
Enhancing the active motion of hematite microswimmers The demand for autonomous, self-propelled active particles is rapidly growing in soft matter research, driven by their potential applications in cargo…

How fast can hematite swim? 🏊‍♀️
We show that simple calcination can greatly enhance the photocatalytic-driven motility of hematite microswimmers. Now out in Applied Materials Today!

🔗 www.sciencedirect.com/science/arti...

#ActiveMatter #Microswimmers #SoftMatter #AppliedMaterialsToday

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Whiteboard with equations (the navier stokes equation) on it written in green marker pen

Whiteboard with equations (the navier stokes equation) on it written in green marker pen

Today my PhD student Caitlin and I were going through models (agent based and continuum) of the physics of swimming microalgae 🦠. Caitlin's investigating the movement of motile microalgae in snow ❄️ in collaboration with Mel Sandells, Matt Davey and Xanthella. #microswimmers #cryosphere #OnePlanetDTP

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A string on a pavement looped around to look like an alga with two flagella

A string on a pavement looped around to look like an alga with two flagella

Accidental representation of a biflagellate on a Newcastle pavement #microswimmers

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Drawing showin a swimming microalga with two anterior flagella interacting with a bacterium with multiple posterior flagella. The interaction is via the exchange of nutrients

Drawing showin a swimming microalga with two anterior flagella interacting with a bacterium with multiple posterior flagella. The interaction is via the exchange of nutrients

Hi Bluesky, my name is Otti and I am a biophysicist working on the theoretical and experimental biophysics of swimming microbes and microbial interactions. My research is inspired by applications to sustainability and environmental science. #Biophysics #MathBio #Microswimmers #ActiveMatter

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